TFTHREATFADE
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Getting startedInstallationConfigurationDetection packsAPIIntegrationsDeploymentSecurityReference
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Referencev0.4.0reference

Reference

Keep the ThreatFade pipeline, repository map, detection vocabulary and operational checks close at hand.

Updated 2026-08-23

Reference

Pipeline

Signal / PCAP
  → signal extraction
  → rolling Shannon entropy
  → statistical deviation
  → detection rules
  → optional ML anomaly layer
  → confidence + structured evidence
  → ATT&CK mapping
  → JSON / SIEM / Sigma / STIX 2.1 / FusionOps

Core concepts

| Concept | Meaning | | -------------- | ------------------------------------------------------------------------------------------------------ | | Fade | A deliberate reduction in observable activity that can warrant investigation. | | Evidence | Structured context preserved with a detection for analyst review. | | Confidence | A score used to prioritize or contextualize a detection; not a universal probability of maliciousness. | | ATT&CK mapping | Technique/tactic context attached to relevant detections. | | Detection pack | Versioned collection of detection rules and mappings. |

Repository map

agents/             signal-generation and endpoint components
api.py              FastAPI control/data-plane boundary
benchmarks/         reproducible validation
core/               detection, security, storage, evidence and observability
dashboard/          analyst console
docs/               enterprise, threat-model and architecture documentation
integrations/       operational integrations
mitre/              ATT&CK mapping
reports/            generated validation/interoperability outputs
scripts/            operational tooling
tests/              unit/integration/security coverage

Verification commands

python -m compileall -q .
pytest -q
python benchmarks/benchmark.py
python -c "from core.detection_pack import detection_pack, validate_pack; validate_pack(detection_pack()); print('detection pack: OK')"
python scripts/enterprise_smoke.py

Validation boundary

The deterministic benchmark is separate from real-PCAP validation. The repository records author-confirmed validation against Merlin QUIC C2, Cobalt Strike and IcedID and a documented 0% false-positive baseline across five normal traffic patterns and 100 test runs. These are project validation results under the documented conditions, not universal accuracy guarantees.

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